1700W Cooling Capacity Air Cooled Type Industrial Chillers For UV/Ultrafast Laser
Laser Chillers Application
(1) Laser Welding Machine, Laser Ruling Machine .
(2) Laser Marker, Laser Cutting Machine, Laser Puncher .
(3) Laser Cladding, Laser Quenching, Laser Repair, Laser Cleaning, Laser Movie, Laser 3D Printing .
(4) Other Laser Processing Equipment Using Semiconductor, CO2, YAG, and Optical Fiber as Laser Working Medium .
UV/Ultrafast Laser Chillers Application
(1) Applicable to 3W~20W UV and 10W~75W picosecond / ultrafast laser .
(2) The cooling capacity is 1000W ~2700W .
UV/Ultrafast Laser Chillers Feature
1. Compact design, easy installation and maintenance.
2. High quality brand refrigeration components, with a lasting and stable cooling effect.
3. Automatic temperature function, control accuracy of ±0.1ºC, ±0.2ºC, ±0.3ºC, ±0.5ºC.
4. Equipped with a variety of alarm protection and provide passive signal output.
5. Independent research and development production of bilingual intelligent thermostat, a variety of settings and fault prompt function.
Technical Parameters of UV/Ultrafast Laser Chillers Feature
Model No. |
RHP-1700AL |
Suggested Matching Laser |
30W~35W Picosecond Laser |
Nominal Cooling Capacity |
1700W |
Power Supply |
220V-50Hz, 1 Phase |
Max Power Input |
4.02KW |
Max Current |
18.32A |
Water Pump |
28m lift, 30L/min water flow rate |
Water Tank |
7.8L, stainless steel material |
Water Inlet/Outlet Pipe |
1/2" |
Noise |
<52 |
Refrigerant |
R22 |
Operation Range |
Ambient Temperature≤40ºC |
Chilled Water Temperature 8ºC~30ºC |
Weight |
45kg |
Size (L x W x H) |
500mm x 350mm x 600mm |
Main Components
Working Principle
After-sales service
(1) 12 months quality warranty since the date of delivery.
(2) Free of charge to replace new chillersif quality problems.
(3) Cost price to buy extra parts with Chillers from Ruihai if needed.
(4) 24 hours online service by e-mail, WhatsApp, Skype or Telephone
Calling .
(5) Installation Video to help installation even send engineer to customer's
jobsite if needed